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The inferred types here are as follows: type AttemptBuilder = new : unit -> AttemptBuilder member Bind : Attempt<'T> * ('T -> Attempt<'U>) -> Attempt<'U> member Delay : (unit -> Attempt<'T>) -> Attempt<'T> member Let : 'T * ('T -> Attempt<'U>) -> Attempt<'U> member Return : 'T -> Attempt<'T> val attempt : AttemptBuilder F# implements workflows by de-sugaring computation expressions using a builder. For example, given the previous AttemptBuilder, the following workflow attempt { let! n1 = failIfBig inp1 let! n2 = failIfBig inp2 let sum = n1 + n2 return sum };; de-sugars to this: attempt.Bind( failIfBig inp1,(fun n1 -> attempt.Bind(failIfBig inp2,(fun n2 -> attempt.Return sum))))) One purpose of the F# workflow syntax is to make sure you don t have to write this sort of thing by hand. The de-sugaring of the workflow syntax is implemented by the F# compiler. Table 9-3 shows some of the typical signatures that a workflow builder needs to implement. Table 9-3. Some Typical Workflow Builder Members as Required by the F# Compiler

s To remove advanced filter criteria, clear the Home (Editing) Sort & Filter Clear command (in Tip

Used to de-sugar let! and do! within computation expressions. Used to de-sugar return within computation expressions. Used to de-sugar return! within computation expressions. Used to ensure that side effects within a computation expression are performed when expected. Used to de-sugar for ... do ... within computation expressions. M<'U> can optionally be M<unit>.

), 'date_modified'=>array( 'vname' => 'LBL_DATE_MODIFIED', 'width' => '45%', ), 'part_reference_number'=>array( 'vname' => 'LBL_PART_REFERENCE_NUMBER', 'width' => '45%', ), 'edit_button'=>array( 'widget_class' => 'SubPanelEditButton', 'module' => 'Parts', 'width' => '4%', ), 'remove_button'=>array( 'widget_class' => 'SubPanelRemoveButton', 'module' => 'Parts', 'width' => '5%', ), ),

member While : (unit -> bool) * M<'T> -> M<'T> member Using : 'T * ('T -> M<'T>) -> M<'T> when 'T :> IDisposable member Combine : M<'T> * M<'T> -> M<'T>

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Excel 2007) or click Data Filter Show All (in Excel 2003).

Used to de-sugar while ... do ... within computation expressions. M<'T> may optionally be M<unit>. Used to de-sugar use bindings within computation expressions. Used to de-sugar sequencing within computation expressions. The first M<'T> may optionally be M<unit>. Used to de-sugar empty else branches of if/then constructs within computation expressions.

Most of the elements of a workflow builder are usually implemented in terms of simpler primitives. For example, let s assume you re defining a workflow builder for some type M<'T> and you already have implementations of functions bindM and returnM with the following types: val bindM : M<'T> -> ('T -> M<'U>) -> M<'U> val returnM : 'T -> M<'T> Then you can implement Delay using the following functions: let delayM f = bindM (returnM ()) f You can now define an overall builder in terms of all four functions: type MBuilder() = member b.Return(x) member b.Bind(v,f) member b.Delay(f) = returnM x = bindM v f = delayM f

Subpanel definitions typically have three parts to them. The first is the definition of the buttons at the top of the Subpanel, which for your Parts module you ll just need a Create button and a Select button. You ll use the QuickCreate option here, which shows the Create form inline instead of a subsequent browser window, since your EditView is pretty simple. (You ll remember from 3 that you could have created a separate quickcreatedefs.php if you needed to simplify the form.) You then have a 'where' key to specify any where options you need to do in order to further filter down the records shown, followed by the actual list of fields that will be a part of the module. One more metadata template you ll add for your module is a Side QuickCreate template, which is used for the quickcreate form that is shown in the left sidebar during the ListView of the module and provides a way to quickly add new record to a module. For the Parts module you re building, you ll use a simplified EditView with only the name, description, and assigned user fields present, as shown in Listing 10-11. Listing 10-11. sidecreateviewdefs.php File for the Parts Module

However, Let and Delay may also have more efficient direct implementations, which is why F# doesn t insert the previous implementations automatically.

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